CN110466048A - The production line of wallboard - Google Patents
The production line of wallboard Download PDFInfo
- Publication number
- CN110466048A CN110466048A CN201910882848.4A CN201910882848A CN110466048A CN 110466048 A CN110466048 A CN 110466048A CN 201910882848 A CN201910882848 A CN 201910882848A CN 110466048 A CN110466048 A CN 110466048A
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- China
- Prior art keywords
- wallboard
- chain
- pedestal
- collecting part
- frame
- Prior art date
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 30
- 230000007246 mechanism Effects 0.000 claims abstract description 219
- 238000001125 extrusion Methods 0.000 claims abstract description 70
- 238000005520 cutting process Methods 0.000 claims abstract description 67
- 238000007493 shaping process Methods 0.000 claims abstract description 30
- 230000008275 binding mechanism Effects 0.000 claims abstract description 20
- NJPPVKZQTLUDBO-UHFFFAOYSA-N novaluron Chemical compound C1=C(Cl)C(OC(F)(F)C(OC(F)(F)F)F)=CC=C1NC(=O)NC(=O)C1=C(F)C=CC=C1F NJPPVKZQTLUDBO-UHFFFAOYSA-N 0.000 claims description 144
- 230000007723 transport mechanism Effects 0.000 claims description 43
- 230000003028 elevating effect Effects 0.000 claims description 39
- 239000004744 fabric Substances 0.000 claims description 38
- 238000007514 turning Methods 0.000 claims description 36
- 239000002994 raw material Substances 0.000 claims description 30
- 230000033001 locomotion Effects 0.000 claims description 27
- 238000003825 pressing Methods 0.000 claims description 24
- 229910000831 Steel Inorganic materials 0.000 claims description 14
- 239000010959 steel Substances 0.000 claims description 14
- 230000001360 synchronised effect Effects 0.000 claims description 12
- 239000007787 solid Substances 0.000 claims description 7
- 230000005540 biological transmission Effects 0.000 claims description 4
- 238000000465 moulding Methods 0.000 claims description 4
- 230000009471 action Effects 0.000 claims description 3
- 230000006835 compression Effects 0.000 claims description 3
- 238000007906 compression Methods 0.000 claims description 3
- 230000008531 maintenance mechanism Effects 0.000 claims description 3
- 238000003860 storage Methods 0.000 claims description 3
- 239000000203 mixture Substances 0.000 claims description 2
- 238000004064 recycling Methods 0.000 claims description 2
- 208000036829 Device dislocation Diseases 0.000 claims 1
- 230000000630 rising effect Effects 0.000 claims 1
- 238000005096 rolling process Methods 0.000 claims 1
- 238000010276 construction Methods 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 22
- 238000001035 drying Methods 0.000 description 15
- 238000000034 method Methods 0.000 description 9
- 230000008569 process Effects 0.000 description 8
- 238000012545 processing Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 3
- 239000000463 material Substances 0.000 description 3
- 238000003756 stirring Methods 0.000 description 3
- 230000001133 acceleration Effects 0.000 description 2
- 239000004568 cement Substances 0.000 description 2
- 238000007599 discharging Methods 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000004513 sizing Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000004566 building material Substances 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 238000000151 deposition Methods 0.000 description 1
- 239000006185 dispersion Substances 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 230000036571 hydration Effects 0.000 description 1
- 238000006703 hydration reaction Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000003754 machining Methods 0.000 description 1
- 230000002035 prolonged effect Effects 0.000 description 1
- 238000007789 sealing Methods 0.000 description 1
- 238000013519 translation Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B28—WORKING CEMENT, CLAY, OR STONE
- B28B—SHAPING CLAY OR OTHER CERAMIC COMPOSITIONS; SHAPING SLAG; SHAPING MIXTURES CONTAINING CEMENTITIOUS MATERIAL, e.g. PLASTER
- B28B15/00—General arrangement or layout of plant ; Industrial outlines or plant installations
Abstract
The invention discloses the production lines of wallboard, including successively arrange extrusion mechanism, cutting mechanism, differential separator structure, be transferred to mechanism, conserve mechanism, produce mechanism, grooving mechanism and binding mechanism, extrusion mechanism includes gear-box, blanking bin and shaping mechanism, forming cavity is offered in shaping mechanism, blanking bin is located on shaping mechanism.The present invention makes the present apparatus in use can be prefabricated to wallboard progress by being provided with a series of structure, not only reduces construction period, moreover it is possible to save the use cost of wallboard.
Description
Technical field
The present invention relates to wall board making machinery fields, the specially production line of wallboard.
Background technique
In building trade, wallboard is a kind of common building materials.In the prior art, the production of wallboard is mostly that scene is poured
It builds, when wallboard is when building site pours, not only needs a large amount of time, so that wallboard solidifies, and pour at the scene
When, buying, stacking and the stirring of wallboard raw material require to spend certain manpower and financial resources, to increase making for wallboard
Use cost.
Summary of the invention
It is an object of the invention to solve above-mentioned technical problem, the production line of wallboard is provided, the production line of the wallboard is effective
Ground is solved during wallboard pours at the scene and is not only taken a substantial amount of time, and extends construction period, and will increase wall
The problem of use cost of plate.
Technical scheme is as follows: the production line of wallboard, including the extrusion mechanism, cutting mechanism, difference successively arranged
Fast separating mechanism is transferred to mechanism, conserves mechanism, producing mechanism, grooving mechanism and binding mechanism, extrusion mechanism include gear-box,
Blanking bin and shaping mechanism offer forming cavity in shaping mechanism, and blanking bin is located on shaping mechanism；The gear-box be located at
The side of type mechanism, the section of shaping mechanism are n shape, and gear-box can be slided towards the direction of separate/close shaping mechanism, gear
The extrusion axle that can be rotated is installed, extrusion axle is inserted into the forming cavity, the wallboard raw material energy in blanking bin on case
It enough drops into the extrusion axle in the forming cavity, in extrusion axle rotation, wallboard raw material can be squeezed shaft and push simultaneously
It is moved along the forming cavity；Cutting mechanism includes the cutting blade that can be moved, in the wallboard by squeezing in the extrusion mechanism
When out, cutting blade can cut wallboard；Differential separator structure includes discharge mechanism and the first transport mechanism, and wallboard is worn
It enters in the first transport mechanism, is provided on discharge mechanism for clamping the mobile clamping machine of wallboard after crossing discharge mechanism
Wallboard can be clamped sizing and pass through the discharge mechanism by structure, clamping device, and the delivery rate of first transport mechanism is big
In the movement speed of conveyer belt, when the clamping device and wallboard enter in first transport mechanism, the first conveyer
Frictional force between structure and wallboard drives wallboard to accelerate movement；Second is additionally provided between extrusion mechanism and differential separator structure
Transport mechanism, the second transport mechanism pass through the cutting mechanism；Being transferred to mechanism includes the first collecting part for receiving wallboard, and
First collecting part is structure symmetrical above and below, and the first collecting part can overturn, be provided with above the first collecting part for connecing
The second collecting part of pedestal is received, the second collecting part can overturn and move up and down and pedestal is placed on the first collecting part, In
Third elevating mechanism is provided with below first collecting part, the wallboard on the first collecting part and pedestal can be with the first collecting parts
Overturning and downward when, the third elevating mechanism can rise and catch the pedestal, be provided with energy on third elevating mechanism
The second chain enough rotated is provided with the third collecting part that can be moved up and down in the side of third elevating mechanism, described
When three elevating mechanisms catch the pedestal and drop to extreme lower position, second chain rotation and so that the pedestal is moved to the
On three collecting parts, it is provided with the third chain that can be rotated on the third collecting part, is risen in the third collecting part
When predetermined altitude, the third chain can rotate and keep the pedestal on third collecting part mobile；Conserving mechanism includes that both ends are opened
The cabinet of mouth, layer frame is placed in cabinet, the pedestal for accepting wallboard is placed in layer frame, the pedestal can be in layer
It is moved on frame；It is provided with exhaust outlet on cabinet, the pipeline for dry gas in circulating box body is connected on exhaust outlet；In
The both ends of cabinet are provided with block cloth and lower block cloth, have gap between the lower end of upper block cloth and the upper end of lower block cloth, so that
Steam generating furnace can be additionally provided in the side of cabinet by gap by obtaining the pedestal；Producing mechanism includes third fixed frame,
It is additionally provided with the chassis for accepting pedestal in the third fixed frame, and chassis passes through the 6th chain and the 7th chain and third
Fixed frame is connected, and chassis can be slided up and down along the 6th chain with the 7th chain；Being additionally provided in third fixed frame being capable of edge
Clamping portion that is upper and lower and moving left and right, the wallboard on pedestal can be blocked and be picked up by clamping portion；Grooving mechanism includes break bar, In
When wallboard passes through break bar, break bar can be cut and be slotted to wallboard corner；Binding mechanism includes sliding support, in sliding branch
The side of frame is provided with the 4th fixed frame and is connected with third guide rail on the 4th fixed frame, and the sliding support can be led along third
Rail is mobile；It is provided with the turning part that can be rotated on sliding support, crossbearer is also connected on the 4th fixed frame, in institute
When stating turning part and being moved to predetermined position with sliding support and turn to vertical position, turning part, which is overturn, is simultaneously placed on cross for wallboard
On frame, being provided between the grooving mechanism and the binding mechanism can be to the synchronization cutting mechanism that wallboard end face is cut
Structure, synchronous cutting mechanism include the second motor, cutter, cylinder and pressing plate, and second motor is able to drive cutter rotation
To cut to wallboard, the cylinder is able to drive pressing plate and moves up and down, second motor, cutter, cylinder and pressing plate
It is each attached on support base, is moved down in pressing plate when in conjunction with wallboard, support base can rely on rubbing between pressing plate and wallboard
Power is wiped with wallboard synchronizing moving, the second chain, one end of the second chain and described second are additionally provided in the support base
Motor is affixed, and the second chain can drag the second motor and move along moving vertical direction with wallboard.
Preferably, it is provided with the second shaft that can be rotated in the blanking bin, is provided with spiral in the second shaft
Two group of first opposite helical runner, two group of first helical runner are arranged symmetrically；It is connected on the blanking bin for holding
The hopper of wallboard raw material is connect, and the wallboard raw material in hopper is able to enter in the blanking bin；It is separate in the shaping mechanism
One end of gear-box is provided with the first rotating shaft that can be freely rotated, and gear set, the gear are provided in the gear-box
Group drives extrusion axle rotation；The second helical runner is provided in the extrusion axle, the quantity of the extrusion axle is several, if
A dry extrusion axle is arranged symmetrically and makes the oppositely oriented of the second helical runner in the extrusion axle of symmetry axis two sides；The extrusion
The height of the second helical runner on axis as extrusion axle is gradually distance from the symmetry axis and gradually increase；The extrusion axle with
It is pasted with wearing layer on second helical runner, is connected with end sleeve on one end of the separate gear-box of the extrusion axle,
The cutting mechanism further includes shell and the second guide rail, and the cutting blade is located in the shell, and the second transport mechanism passes through
The shell, cutting blade can be moved along the vertical rotation direction with second transport mechanism, in the lower section of the shell
It is provided with the second guide rail, shell can move on second guide rail, and the second guide rail is parallel with second transport mechanism；
When the cutting blade cuts wallboard, the movement speed of the shell and the conveying speed of wallboard are identical.
Preferably, the discharge mechanism and the first transport mechanism are respectively positioned in support frame, and discharge mechanism and support frame
Hingedly；The discharge mechanism includes frame and third roller bearing, and third roller bearing is located in frame and can be freely rotated, in the discharge
When in the horizontal position, the upper end of the third roller bearing and the upper surface of first transport mechanism are generally aligned in the same plane for mechanism
It is interior；It is fixedly installed with first support on the support frame, the fixing end and first support of the second atmospheric pressure pole are affixed, the second atmospheric pressure pole
Elongation end and frame articulation, when the second atmospheric pressure pole is flexible, the frame can be rotated, and the is also connected on support frame as described above
Three atmospheric pressure poles are additionally provided with pin block on the elongation end of third atmospheric pressure pole, described when the discharge mechanism is in a horizontal position
Pin block can be pushed by the third atmospheric pressure pole, and the position of discharge mechanism is fixed, and the clamping device includes two sets
Pipe, cross bar and two grip blocks, cross bar are fixed between two casings, and grip block is located between two casings, and two clampings
Plate can clamp the two sides of wallboard, and make wallboard with grip block synchronizing moving；It is connected with one end of hinge on casing, cuts with scissors
The other end of chain is affixed on the support frame, is also connected with the first guide rail on the support frame, and described sleeve pipe is wrapped on the first guide rail
And it can be moved along the first guide rail；The side of clamping device is provided with the first atmospheric pressure pole, and the fixing end of the first atmospheric pressure pole is fixed
On the support frame, the elongation end of the first atmospheric pressure pole is withstood on cross bar, and in the elongation of the first atmospheric pressure pole, the clamping device is located at row
Expect mechanism top, be also connected with vertical second support on the support frame, one end of steel cable is fixed on casing, steel cable it is another
One end is protruded into second support；It is equipped with cavity in second support, the first clump weight, the other end of steel cable are placed in cavity
It is connected with the first clump weight, when the elongation end of first atmospheric pressure pole and the cross bar are not in contact, first counterweight
Block can be pulled clamping device by steel cable；It is placed with end cap on the secondary support bracket, the cavity is sealed.
Preferably, first collecting part and the second collecting part are respectively positioned in the first fixed frame, in the upper of the first fixed frame
It is provided with the second fixed frame, the third collecting part is moved up and down in the second fixed frame, opened on the side wall of the second fixed frame
Equipped with different first jacks of multiple height, the plug-in unit that can be slided is additionally provided on the third collecting part, plug-in unit can be inserted
Enter into first jack, and only when plug-in unit is inserted into first jack, the third chain is just able to rotate, In
The first fastener that can be moved is provided on first collecting part, the first fastener can will be located on first collecting part
Pedestal blocks, and the second fastener that can be moved is provided on second collecting part, and the second fastener can will be located at second and receive
The pedestal received on part blocks；The side of second collecting part is provided with the first elevating mechanism, the first elevating mechanism is by atmospheric pressure pole, chain
Wheel, the 4th chain composition, the fixing end of the atmospheric pressure pole and the first fixed frame are affixed, and the elongation end of atmospheric pressure pole is arranged in sprocket wheel,
One end of 4th chain and second collecting part are affixed, and the other end of the 4th chain and first fixed frame are affixed；
The side of three collecting parts is provided with the second elevating mechanism, and the second elevating mechanism is identical as the structure of the first elevating mechanism, second
The first chain that can be rotated is provided on fixed frame, the pedestal can rotate with the first chain and move to the second collecting part
On, the rotation of first collecting part and the second collecting part and first chain, the second chain and third chain is by motor
Driving.
Preferably, the pedestal is a rectangular frame, and bottom plate is connected on pedestal, is also set between bottom plate and pedestal
It is equipped with one layer of buffer layer, is additionally provided with rotatable idler wheel on the base, the idler wheel is rotationally mounted on bottom in opposite directions
On the mounting plate of seat bottom two opposite sides, and and idler wheel and mounting plate central vertical form step therewith, it is solid in the layer frame
It is connected to fixed block, in the pedestal when moving in layer frame, the side of the fixed block is located on the step to limit pedestal
It is shaken towards two sides；The quantity of pedestal is several, passes through buffer stopper phase mutual connection between two neighboring pedestal in the transmit direction
Touching.
Preferably, the exhaust outlet is located at the upper end of cabinet, and one end of pipeline is connected with exhaust outlet, the other end of pipeline with
Cabinet is connected, and one end of connecting rope is connected with upper block cloth, and the other end is connected with the second clump weight, and connecting rope bypasses first turn
Axis so that the pulling force that second clump weight gives block cloth upward always, the upper block cloth lower end and lower block cloth it is upper
It is provided with fixed link on end, connecting rod is connected between two fixed links, is provided in the 6th chain actively
Axis, when driving shaft rotation, the chassis can be moved up and down；6th chain and the 7th chain are located at chassis
Two sides, and wherein one end of the 7th chain is fixed on chassis close to the side of the 6th chain, and it is remote that the other end is fixed on chassis
Side from the 6th chain.
Preferably, it is placed with the 4th bracket in the side of the third fixed frame, being provided on the 4th bracket can turn
Dynamic third shaft, the quantity of the clamping portion are two, and the shape of clamping portion be "] "；It is arranged between two clamping portions
There is fixed plate, clamping portion is connected by the 5th atmospheric pressure pole with fixed plate, and the elongation end of the 5th atmospheric pressure pole is fixed on clamping portion,
Its fixing end is fixed in fixed plate, and when the 5th atmospheric pressure pole is flexible, wallboard can be put down/be grabbed by clamping portion, described
Fixed plate is connected by the 4th atmospheric pressure pole with movable stand, and movable stand, which is taken, to be placed in third fixed frame, and movable stand can be solid in third
Determine to move horizontally on frame, in the movable stand along when sliding in third fixed frame, the fixed plate can be moved to described the
On four brackets, multiple second jacks are offered at equal intervals in the third fixed frame.
Preferably, the grooving mechanism further includes two group of second roller bearing and the 5th fixed frame arranged up and down, and wallboard is just
The second roller bearing of arrangement up and down can be passed through, the second roller bearing and break bar are installed on the 5th fixed frame, in the sliding support
Lower section is provided with support base, and support base and the third guide rail are affixed；The first roller bearing, wall are rotatably provided in turning part
Plate can slide on first roller bearing.
Preferably, symmetrical two groups of third brackets are connected on turning part, wallboard can just be from two groups
It is passed through between third bracket, the quantity of every group of third bracket is several, limited block is also connected on turning part, in wallboard
When completely into in turning part, the limited block can prevent wallboard from continuing to move to, solid on sliding support and turning part
It is connected to wing plate, when turning part is in a horizontal position, two wing plates are mutually adjacent to.
Preferably, washer is socketed on first roller bearing and the second roller bearing, the break bar is in wallboard transmission direction
On in tandem be equipped with two groups, every group include it is multipair, each pair of break bar in the 5th every side of fixed frame be in up and down it is positioned opposite,
And second two pairs of the front and back break bar of the every side of fixed frame be not in same perpendicular so that the break bar at rear is used in wallboard
Step surface is cut at both sides of the edge along its length, the break bar in front for cutting along its length on the step surface
Cut out the card slot of bar shaped；The synchronous cutting mechanism further includes the first chain and fixing seat, the length direction of first chain
Consistent with the moving direction of wallboard, described, on the ground, support base can be in the fixation for the lower end support of the fixing seat
Along the direction that wallboard moves with wallboard synchronizing moving on seat, when the support base is moved to extreme position with wallboard, described
One chain can make the support base be moved to initial position, and the quantity of the pressing plate is two.
Beneficial effects of the present invention:
1, it by being provided with gear-box, extrusion axle and shaping mechanism, can be reduced while accelerating wallboard production efficiency
The production cost of wallboard, so that mechanism is more conducive to the popularization and use of wallboard.
It 2, can be when the present apparatus uses, so that wallboard is former by being provided with the second helical runner in extrusion axle
Material is more easily molded, to facilitate use of the user to the present apparatus.
3, by being provided with cutting mechanism, molding wallboard can be cut, and during cutting, so that cutting
Uniform end face is cut into wallboard end face by cutting blade, so that wallboard is cut into required shape.
3, by being provided with clamping device, wallboard can be clamped and has been driven and carry out acceleration movement, so that
Adjacent wallboard separates, and facilitates the progress of subsequent processing operations.
4, by being provided with discharge mechanism, production line can be discharged it when wallboard is damaged, avoids damage
Bad wallboard enters in subsequent handling, pollutes to production line.
5, can be when the present apparatus use by being provided with the first collecting part and the second collecting part, it can be to vacant
Pedestal reused, moreover it is possible to pedestal and wallboard are fixed together, so as to avoid wallboard in the mistake for moving to drying box
It is damaged in journey.
6, by being provided with third collecting part and third elevating mechanism, can by the first collecting part pedestal and wallboard into
Row is accepted and is moved on in drying box, to realize the purpose that wallboard is transferred to drying box.
7, can be when wallboard rise to certain height by being provided with jack and plug-in unit, wallboard and pedestal could be to
Drying box is mobile, avoids wallboard and pedestal when entering drying box, pedestal is placed to position wrong in drying box.
8, by being provided with cabinet and layer frame, can sufficient amount of wallboard, to adapt to the production requirement of wallboard.
9, by being provided with pedestal, enable to the placement of wallboard more convenient, and be placed in layer frame in bottom plate
When, it can mutually push between bottom plate, so that the pedestal for being placed with wallboard constantly moves forward, to facilitate user dry will complete
Wallboard take out.
10, by being provided with upper block cloth and lower block cloth, the both ends of cabinet can be carried out to certain sealing, avoided in wall
Plate leaks in cabinet for dry gas when entering in cabinet.
11, can be when the present apparatus use by being provided with the chassis that can move up and down, production dress before cooperation
It sets, will be accepted by the wallboard skidded off in drying box, and the connection type of the second chain and chassis, motor can reduced
While use, guarantee chassis both ends when moving up and down, remain synchronous, so as to avoid chassis lifting mistake
Run-off the straight in journey.
12, by being provided with fastener, wallboard can be separated, and by wallboard pick-and-place into subsequent process with pedestal, is moved
The use of moving frame, enables fastener to move in the horizontal plane, the use of the first atmospheric pressure pole can when fastener blocks wallboard,
So that wallboard is picked up and is separated with pedestal.
13, by being provided with grooving mechanism, the wallboard that can be completed to production carries out certain finishing, so that wall
Plate is more convenient when in use.
14, by being provided with binding mechanism, can after the completion of machining wallboard, facilitate user by the wallboard completed the process into
The storage of row bundling.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention.
Fig. 2 be gear-box in conjunction with shaping mechanism when schematic diagram.
Fig. 3 is schematic diagram when extrusion axle is separated with shaping mechanism.
Fig. 4 is the enlarged structure schematic diagram of gear-box and extrusion axle.
Fig. 5 is the inside B of blanking bin and shaping mechanism to structural schematic diagram.
Fig. 6 is the A of differential separator structure to structural schematic diagram.
Fig. 7 is the enlarged structure schematic diagram of clamping device.
Fig. 8 combines schematic diagram with the side of fixed frame for frame.
Fig. 9 is the schematic diagram of internal structure of second support.
Figure 10 is the enlarged structure schematic diagram for being transferred to mechanism.
Figure 11 is the side structural schematic diagram that the first collecting part is combined with the second collecting part.
Figure 12 be third collecting part C to partial structural diagram.
Figure 13 is the schematic diagram of internal structure for conserving mechanism.
Figure 14 is the partial structural diagram for conserving mechanism.
Figure 15 is the enlarged structure schematic diagram of pedestal.
Figure 16 be in Fig. 6 the D that is combined with pedestal of layer frame to structural schematic diagram.
Figure 17 is the enlarged structure schematic diagram for producing mechanism.
Figure 18 is the attachment structure schematic diagram of chassis and the first chain, the second chain.
Figure 19 combines schematic diagram with binding mechanism for cutting mechanism.
Figure 20 is the enlarged structure schematic diagram of grooving mechanism.
Figure 21 is structural schematic diagram when wallboard passes through grooving mechanism
Figure 22 is the enlarged structure schematic diagram of synchronous cutting mechanism.
Component label instructions: 1, gear-box；2, hopper；3, blanking bin；4, shaping mechanism；5, first rotating shaft；6, pedestal；7,
Second shaft；8, the first helical runner；9, extrusion axle；10, through-hole；11, the second helical runner；12, end sleeve；13, wear-resisting
Layer；14, cutting blade；15, shell；16, the second guide rail；17, support frame；1701, first support；1702, second support；18,
First guide rail；19, frame；20, the first transport mechanism；21, casing；22, cross bar；23, grip block；24, hinge；25, steel cable；
26, the first atmospheric pressure pole；27, the first clump weight；28, the second atmospheric pressure pole；29, third roller bearing；30, third atmospheric pressure pole；31, pin block；
32, articulated shaft；33, the second transport mechanism；34, extrusion mechanism；35, cutting mechanism；36, differential separator structure；37, first is fixed
Frame；38, the first collecting part；39, the first fastener；40, the second collecting part；41, the second fastener；42, the first elevating mechanism；43,
Two fixed frames；44, the first chain；45, third collecting part；46, third elevating mechanism；47, the second elevating mechanism；48, it first inserts
Hole；49, the second chain；50, third chain；51, plug-in unit；52, cabinet；53, layer frame；54, exhaust outlet；55, pedestal；56, upper gear
Cloth；57, lower block cloth；58, connecting rope；59, the second clump weight；60, pipeline；61, idler wheel；62, fixed block；63, buffer layer；64,
Bottom plate；65, fixed link；66, the 5th chain；67, third fixed frame；68, chassis；69, the 6th chain；70, the second jack；71,
7th chain；72, movable stand；73, fixed plate；74, the 4th atmospheric pressure pole；75, clamping portion；76, the 5th atmospheric pressure pole；77, the 4th
Frame；78, third shaft；79, driving shaft；80, support base；81, the 4th fixed frame；82, third guide rail；83, sliding support；84,
Turning part；85, wing plate；86, limited block；87, third bracket；88, the first roller bearing；89, washer；90, crossbearer；91, motor；92,
Second roller bearing；93, break bar；94, the 5th fixed frame；100, it is transferred to mechanism；200, mechanism is conserved；300, mechanism is produced；400, it cuts
Groove mechanism；500, binding mechanism；600, Steam generating furnace；700, synchronous cutting mechanism；7001, the first chain；7002, fixed
Seat；7003, the second chain；7004, the second motor；7005, cutter；7006, cylinder；7007, pressing plate；7008, support base.
Specific embodiment
Embodiments of the present invention are illustrated by particular specific embodiment below, those skilled in the art can be by this explanation
Content disclosed by book is understood other advantages and efficacy of the present invention easily.
Present invention will be further explained below with reference to the attached drawings and examples:
The production line of wallboard, such as Fig. 1, including extrusion mechanism 34, cutting mechanism 35 and differential separator structure 36, extruder
Structure 34 and differential separator structure 36 are located at the two sides of cutting mechanism 35；Extrusion mechanism 34 include gear-box 1, blanking bin 3 with
Shaping mechanism 4 offers forming cavity in shaping mechanism 4, and blanking bin 3 is located on shaping mechanism 4；Gear-box 1 is located at shaping mechanism 4
Side, the section of shaping mechanism 4 is n shape, and gear-box 1 can towards it is separate/slide close to the direction of shaping mechanism 4, gear
The extrusion axle 9 that can be rotated is installed, extrusion axle 9 is inserted into forming cavity, the wallboard raw material energy in blanking bin 3 on case 1
It enough drops into the extrusion axle 9 in forming cavity, when extrusion axle 9 rotates, wallboard raw material can be squeezed shaft 9 and push and along molding
Chamber is mobile；Cutting mechanism 35 includes the cutting blade 14 that can be moved, when wallboard in extrusion mechanism 34 by squeezing out, cutting blade
14 can cut wallboard；Differential separator structure 36 includes discharge mechanism and the first transport mechanism 20, and wallboard passes through discharge
It enters in the first transport mechanism 20, is provided on discharge mechanism for clamping the mobile clamping device of wallboard, folder after mechanism
Sizing can be clamped for wallboard and pass through discharge mechanism by holding mechanism, and the delivery rate of the first transport mechanism 20 is greater than the shifting of conveyer belt
Dynamic speed, when clamping device and wallboard enter in the first transport mechanism 20, rubbing between the first transport mechanism 20 and wallboard
Wiping power drives wallboard to accelerate movement；The second transport mechanism 33 is additionally provided between extrusion mechanism 34 and differential separator structure 36,
Second transport mechanism 33 passes through cutting mechanism 35.
When the present apparatus uses, wallboard raw material enters in blanking bin 3 through hopper 2, and the is provided in blanking bin 3
Two shafts 7 are provided with two group of first oppositely oriented helical runner 8 in the second shaft 7, therefore enter blanking in wallboard raw material
When in storehouse 3, the second shaft 7 drives the rotation of the first helical runner 8, to be stirred to wallboard raw material.And wallboard raw material into
During row stirring, wallboard raw material can drop into the middle position of shaping mechanism 4 by through-hole 10, and the in extrusion axle 9
Two helical runners 11 make the wallboard raw material fallen into when being advanced to, and to the movement of the two sides of extrusion axle 9 and are shakeout,
It is entered in forming cavity by the wallboard raw material that the second helical runner 11 pushes forward, the effect through forming cavity makes its molding.Gear
The side of case 1 is provided with power-driven gear, so that extrusion axle 9 rotates.It is entered after wall board forming in cutting mechanism 35,
Cutting blade 14 cuts molded wallboard, and the direction that cutting mechanism 35 is moved along wallboard is moved at the same speed with wallboard,
So that when cutting blade 14 cuts wallboard there is a smooth section on wallboard.Wallboard is by cutting
Mechanism 35 enters on discharge mechanism, and when wallboard enters on discharge mechanism, clamping device can be stepped up, then
Clamping device drives wallboard to occur to accelerate movement, so that former and later two wallboards separate.Clamping plate mechanism movement is by wall
What the first transport mechanism 20 below plate drove, wallboard is in the movement speed on third roller bearing 29 and in the first transport mechanism 20
Movement speed it is different, when plate be moved in the first transport mechanism 20 and when in the position accelerated, clamping plate mechanism gripper wall
Plate (guaranteeing that wallboard is not destroyed when moving quickly through the third roller bearing 29 in discharge mechanism) is in the first transport mechanism 20
Accelerating, wallboard drives clamping device to accelerate movement, and when wallboard is completely into the first transport mechanism 20, clamping device unclamps, by
First atmospheric pressure pole 26 pushes clamping device to initial position, while wallboard is driven by transport mechanism and rapidly enters subsequent handling
In.
The above-mentioned extrusion mechanism 34 of the present embodiment in the specific implementation, is provided with can rotate second in blanking bin 3
Shaft 7, the second shaft 7 is driven by motor, and rotates it ceaselessly in blanking bin 3, is provided with spiral shell in the second shaft 7
Two group of first opposite helical runner 8 of rotation, the second shaft 7 drives the rotation of the first helical runner 8, thus to blanking bin 3 is entered
Interior wallboard raw material carries out certain stirring, and two group of first helical runner 8 is arranged symmetrically, so that wallboard raw material can be to
It is mobile at through-hole 10, it avoids wallboard raw material and occurs to overstock in blanking bin 3；It is connected on blanking bin 3 for accepting wallboard
The use of 2 hopper 2 of hopper of raw material, facilitates wallboard raw material and enters in blanking bin 3, and the wallboard raw material in hopper 2 can
It enters in blanking bin 3, offers the through-hole 10 through hopper 2 and blanking bin 3 in the junction of hopper 2 and blanking bin 3, thus
Raw material is facilitated to enter in blanking bin 3；Can be freely rotated is provided with far from one end of gear-box 1 in shaping mechanism 4
One shaft 5, when wallboard in shaping mechanism 4 by skidding off, first rotating shaft 5 can be in contact with surfaces of wall, so that the
One shaft 5 rotates, so that the extruded velocity to wallboard detects, facilitates the progress of subsequent handling.
Gear set is provided in gear-box 1, gear set drive extrusion axle 9 rotates；The second spiral shell is provided in extrusion axle 9
The quantity of propeller runner 11, extrusion axle 9 is several, several extrusion axles 9 are arranged symmetrically and make the extrusion axle 9 of symmetry axis two sides
On the second helical runner 11 it is oppositely oriented, the second opposite helical runner 11 of spiral is avoided in present apparatus use process
In, so that two side positions of the wallboard stock dispersion to extrusion axle 9, avoid wallboard raw material and accumulate in side or in middle position
Pressure；The height of the second helical runner 11 in extrusion axle 9 is gradually increased as extrusion axle 9 is gradually distance from symmetry axis, in wallboard
In forming process, the height of second helical runner 11 in middle position is smaller and the height of the second helical runner 11 of two sides is larger
It can guarantee more uniform after wall board forming；Wearing layer 13, wearing layer are pasted in extrusion axle 9 and the second helical runner 11
13 use can extend the service life of extrusion axle 9 and the second helical runner 11, so that the present apparatus is more prolonged resistance to
With.Gear set in gear-box 1 is driven by motor, and gear set drives extrusion axle 9 to rotate again, while extrusion axle 9 rotates,
Second helical runner 11 rotates with it, and wallboard raw material is fallen by the top of extrusion axle 9, with the rotation of extrusion axle 9, wallboard raw material
It is stirred by the second helical runner 11, and wallboard raw material is expressed into extrusion axle 9 with the hand of spiral of the second helical runner 11
One end, so that wall board forming.
End sleeve 12 is connected on one end of the separate gear-box 1 of extrusion axle 9, the use of end sleeve 12 can
In the case where guaranteeing wallboard strength, the usage amount of the raw material of wallboard is reduced, to reduce the cost of manufacture of wallboard.
Specifically, cutting mechanism 35 further includes shell 15 and the second guide rail 16, and cutting mechanism 35 can be in the second guide rail 16
Upper movement, thus ensure that cutting blade 14 upper movement, cutting blade 14 can be located in shell 15 simultaneously in two directions, the
Two transport mechanisms 33 pass through shell 15, and cutting blade 14 can be moved along the rotation direction vertically with the second transport mechanism 33, In
The lower section of shell 15 is provided with the second guide rail 16, and shell 15 can move on the second guide rail 16, and the second guide rail 16 and second
Transport mechanism 33 is parallel；When cutting blade 14 cuts wallboard, the movement speed of shell 15 and the conveying speed of wallboard are identical,
When wallboard passes through cutting mechanism 35, the cutting that cutting blade 14 can be longitudinal to wallboard progress, and cutting mechanism at this time
35 is identical as the direction of motion of wallboard, speed, so that wallboard can be cut into scheduled shape by cutting blade 14.
Discharge mechanism and the first transport mechanism 20 on differential separator structure 36 are respectively positioned in support frame 17, and material discharging machine
Structure and support frame 17 are hinged, and when wallboard enters on discharge mechanism, if wallboard is damaged, hinged discharge mechanism can be to
Lower rotation so that thus position is discharged to outside production line the wallboard damaged, so as to avoid the wallboard damaged by
It is discharged on production line；Discharge mechanism includes frame 19 and third roller bearing 29, and the setting of third roller bearing 29 can make logical in wallboard
When crossing discharge mechanism, third roller bearing 29 can rotate, so that facilitating wallboard passes through discharge mechanism, third roller bearing 29
In frame 19 and can be freely rotated, discharge mechanism when in the horizontal position, the upper end of third roller bearing 29 with first transmission
The upper surface of mechanism 20 is in the same plane, and to guarantee wallboard when mobile, surface will not deform；It is supporting
First support 1701 is fixedly installed on frame 17, the fixing end and first support 1701 of the second atmospheric pressure pole 28 are affixed, the second air pressure
The elongation end and frame 19 of bar 28 are hinged, the use of the second atmospheric pressure pole 28, and realizing discharge mechanism when needed can occur to turn
It is dynamic, and the wallboard of damage is fallen, when the second atmospheric pressure pole 28 stretches, frame 19 can be rotated.
It is also connected with third atmospheric pressure pole 30 on support frame 17, is additionally provided with pin block on the elongation end of third atmospheric pressure pole 30
31, when discharge mechanism is in a horizontal position, pin block 31 can fix the lower end of discharge mechanism, avoid material discharging machine
Structure is shaken when wallboard passes through, and when discharge mechanism is in a horizontal position, pin block 31 can be by third atmospheric pressure pole 30
It pushes, and the position of discharge mechanism is fixed.
Clamping device include two casings 21, cross bar 22 and two grip blocks 23, cross bar 22 be fixed in two casings 21 it
Between, grip block 23 is located between two casings 21, and two grip blocks 23 can clamp the two sides of wallboard, and make wallboard with
Grip block 23 moves together, and when wallboard is moved to 23 side of grip block, grip block 23 steps up wallboard, and after clamping, band
Dynamic wallboard accelerates, so that separating between two adjacent wallboards；The one of hinge 24 is connected on casing 21
End, the other end of hinge 24 are fixed on support frame 17.
The first guide rail 18 is also connected on support frame 17, casing 21 is wrapped on the first guide rail 18 and can be along the first guide rail
18 is mobile, and the use of the first guide rail 18 is capable of fixing the motion profile of clamping device；The side of clamping device is provided with first
Atmospheric pressure pole 26 is finished in wallboard acceleration, and when stable motion in the first transport mechanism 20, clamping device and wallboard point
From clamping device is pushed back to original position by the first atmospheric pressure pole 26 at this time, so that clamping device can be recycled, and the first gas
The fixing end of compression bar 26 is fixed on support frame 17, and the elongation end of the first atmospheric pressure pole 26 is withstood on cross bar 22, in the first atmospheric pressure pole
When 26 elongation, clamping device is located at the top of discharge mechanism.
Vertical second support 1702 is also connected on support frame 17, one end of steel cable 25 is fixed on casing 21, steel
The other end of rope 25 protrudes into second support 1702；It is equipped with cavity in second support 1702, first is placed in cavity and is matched
Pouring weight 27, the other end of steel cable 25 are connected with the first clump weight 27, and the gravity of clamping device is eliminated by the first clump weight 27,
And being used cooperatively for the first clump weight 27 and steel cable 25, it can be in the case where clamping device be by external force, so that clamping device
State in stress balance, thus facilitate clamping device to be moved when clamping device clamps wallboard, In
When the elongation end of first atmospheric pressure pole 26 and cross bar 22 are not in contact, the first clump weight 27 can be by steel cable 25 by clamping device
It pulls.
Continue below to the present embodiment be transferred to mechanism (100) and its later processing apparatus is illustrated:
Such as Figure 10-12, including the first collecting part 38 for receiving wallboard, and the first collecting part 38 is knot symmetrical above and below
Structure, the first collecting part 38 can be overturn, and be also provided with conveyer belt in the first collecting part 38, wallboard by previous process into
When entering onto the first collecting part 38, conveyer belt and wallboard are rotated synchronously, so as to avoid wallboard on moving to the first collecting part 38
During be damaged, and when wallboard is completely on the first collecting part 38, conveyer belt stops operating, to ensure that wall
Plate is placed on the first collecting part 38 by stable；The top of first collecting part 38 is provided with second for receiving pedestal 55
Collecting part 40, the second collecting part 40 can overturn and move up and down and pedestal 55 is placed on the first collecting part 38；First
The lower section of collecting part 38 is provided with third elevating mechanism 46, and the wallboard on the first collecting part 38 and pedestal 55 can be received with first
Part 38 of receiving overturning and downward when, third elevating mechanism 46 can rise and catch pedestal 55, be arranged on third elevating mechanism 46
There is the second chain 49 that can be rotated, the third collecting part that can be moved up and down is provided in the side of third elevating mechanism 46
45, when third elevating mechanism 46 catches pedestal 55 and drops to extreme lower position, the second chain 49 rotates and keeps pedestal 55 mobile
To third collecting part 45；The third chain 50 that can be rotated is provided on third collecting part 45, on third collecting part 45
When being raised to predetermined altitude, third chain 50 can rotate and keep the pedestal 55 on third collecting part 45 mobile.
When being originally transferred to mechanism 100 and being used, wallboard is moved on the first collecting part 38, vacant pedestal 55 by from
It is moved on second fixed frame 43 on second collecting part 40, pedestal 55 is fixed thereon by the second fastener 41 at this time, then second is received
Part 40 of receiving is flipped, and the second collecting part 40 after overturning moves down under the action of the first elevating mechanism 42, until pedestal
55 lower ends contact with each other with wallboard upper end, and the second fastener 41 puts down pedestal 55 at this time, and then the second collecting part 40 is along original route
It is back to former station.When pedestal 55 is placed on wallboard, the first fastener 39 on the first collecting part 38 by 55 clamping of pedestal,
Then the first collecting part 38 is flipped, and third elevating mechanism 46 is raised above at this time, until the upper end of third elevating mechanism 46
It contacts with each other with the lower end of pedestal 55, the first collecting part 38 decontrols pedestal 55, and pedestal 55 and wallboard drop down onto third elevator
On structure 46.In the falling of third elevating mechanism 46 to minimum point, the second chain 49 rotation, so that pedestal 55 and wallboard quilt
It is delivered on third collecting part 45, when wallboard and pedestal 55 reach on third collecting part 45, third collecting part 45 is at second liter
The effect of descending mechanism 47 moves up, it is upper move to predetermined position when, third chain 50 rotate, thus drive pedestal 55 with
Wallboard is moved into drying box.
First collecting part 38 and the second collecting part 40 are respectively positioned in the first fixed frame 37, in the upper setting of the first fixed frame 37
There is the second fixed frame 43, third collecting part 45 moves up and down in the second fixed frame 43, and the use of fixed frame ensure that the present apparatus
Stability when in use.
Different first jacks 48 of multiple height, the first jack of different height are offered on the side wall of the second fixed frame 43
48, which correspond to pedestal 55, is placed in the drying box of different height, be additionally provided on third collecting part 45 can slide insert
Part 51, when third collecting part 45 rises to predetermined altitude, plug-in unit 51 can just be inserted into the first jack 48, plug-in unit
51 are inserted into the first jack 48, and only when plug-in unit 51 is inserted into the first jack 48, third chain 50 could turn
It is dynamic.
The first fastener 39 that can be moved is provided on the first collecting part 38, the first fastener 39 can will be located at first and receive
The pedestal 55 received on part 38 blocks, and in the overturning of the first collecting part 38, the use of the first fastener 39 can guarantee wallboard and pedestal
55 overturn with the first collecting part 38.
The second fastener 41 that can be moved is provided on the second collecting part 40, the second fastener 41 can will be located at second and receive
The pedestal 55 received on part 40 blocks, and in the overturning of the second collecting part 40, the use of the second fastener 41 can guarantee pedestal 55 with the
Two collecting parts 40 are overturn together；The side of second collecting part 40 is provided with the first elevating mechanism 42, the first elevating mechanism 42
It uses, the second collecting part 40 is moved up and down, the first elevating mechanism 42 is made of atmospheric pressure pole, sprocket wheel, the 4th chain, gas
The fixing end of compression bar and the first fixed frame 37 are affixed, and the elongation end of atmospheric pressure pole, one end and second of the 4th chain is arranged in sprocket wheel
Collecting part 40 is affixed, and the other end of the 4th chain and the first fixed frame 37 are affixed, when the elongation end of atmospheric pressure pole stretches out, the second storage
Part 40 moves up, and when the elongation end of atmospheric pressure pole retracts, the second collecting part 40 is moved up；It is set in the side of third collecting part 45
It is equipped with the second elevating mechanism 47, the use of the second elevating mechanism 47 enables third collecting part 45 to move up and down, the second lifting
Mechanism 47 is identical as the structure of the first elevating mechanism 42.
Be provided with the first chain 44 that can be rotated on the second fixed frame 43, the first chain 44 in the rotation, energy
Enough by vacant pedestal 55 by being moved in drying box on the second collecting part 40, so that ensure that the present apparatus can recycle constantly makes
With pedestal 55 can be rotated with the first chain 44 and be moved on the second collecting part 40.
First collecting part 38 and the second collecting part 40 and the first chain 44, the second chain 49, the rotation of third chain 50 are equal
It is driven by motor, the model of motor can be stepper motor SH-20402N and Y2160M1-8.
The above-mentioned maintenance mechanism 200 of the present embodiment, structure such as Figure 13-16, the cabinet 52 including both ends open, in cabinet
It is placed with layer frame 53 in 52, the pedestal 55 for accepting wallboard is placed in layer frame 53, pedestal 55 can be moved up in layer frame 53
It is dynamic；It is provided with exhaust outlet 54 on cabinet 52, the pipeline for recycling dry gas in cabinet 52 is connected on exhaust outlet 54
60；Be provided with upper block cloth 56 and lower block cloth 57 at the both ends of cabinet 52, the upper end of the lower end of upper block cloth 56 and lower block cloth 57 it
Between have gap so that pedestal 55 can be additionally provided with Steam generating furnace 600, steam in the side of cabinet 52 by gap
Producer 600, which can conserve the purpose of needing moisture, adding steam to curing system delivered inside steam, wallboard product, to be increased to product
Add moisture, improve the temperature inside curing system furthermore with the temperature of steam, accelerates " heat of hydration " reaction of cement products, allow
The intensity of cement products reaches the intensity of initial set in a short time, guarantees that process is machined with enough intensity below.
When conserving the work of mechanism 200, the pedestal 55 for being placed with wallboard is entered by one end of cabinet 52 and is placed in layer
It on frame 53, is entered with pedestal 55 on the same layer of layer frame 53, the pedestal 55 entered afterwards pushes previous pedestal 55 to move, In
When pedestal 55 on same layer is piled, pedestal 55 is placed on other layers by user again, until pedestal 55 is piled in layer frame 53, this
When previously placed pedestal 55 on wallboard dried for a long time, this wallboard has been dried completely, so that the present apparatus makes
With when, can ceaselessly carry out using.When pedestal 55 is placed into different height position, upper block cloth 56 and lower block cloth 57
Aperture position changes therewith, so that the entrance of pedestal 55 is facilitated, and when pedestal 55 enters in cabinet 52, upper gear
The use of cloth 56 and lower block cloth 57, the dry gas that also can be avoided in cabinet 52 leak, so that the present apparatus is using
When can save certain energy.When wallboard is in cabinet 52, dry gas is hot-air, and hot-air is raised to exhaust outlet 54
Place, and entered in pipeline 60 by exhaust outlet 54, dry gas is poured into the lower end of cabinet 52 by pipeline 60, so that dry gas
Certain circulation can occur in cabinet 52, so that wallboard is in cabinet 52 by dry complete.
Pedestal 55 is a rectangular frame, and bottom plate 64 is connected on pedestal 55, is also set between bottom plate 64 and pedestal 55
It is equipped with one layer of buffer layer 63, when latter pedestal 55 pushes previous pedestal 55 mobile, previous the depositing due to inertia of pedestal 55
In the moment that it hits, certain deformation can occur for the complete wallboard of drying, to cause certain damage to wallboard
It is bad, rotatable idler wheel 61 is additionally provided on pedestal 55, the use of idler wheel 61 facilitates shifting of the pedestal 55 in layer frame 53
Dynamic, idler wheel 61 is rotationally mounted in opposite directions on the mounting plate of 55 bottom two opposite sides of pedestal, and idler wheel 61 and mounting plate center
Step vertically and is therewith formed, fixed block 62 is connected in layer frame 53, in pedestal 55 when being moved in layer frame 53, fixed block 62
Side be located on the step with limit pedestal 55 towards two sides shake；The quantity of pedestal 55 is several, in the transmit direction
Two neighboring pedestal 55 between contacted with each other by buffer stopper.
The 5th chain 66 that can be rotated is provided on the top layer of layer frame 53, after dry complete wallboard is removed, bottom
Seat 55 is moved to the top layer of layer frame 53, and under the action of the 5th chain 66, pedestal 55 can return to one end of wallboard entrance, thus
User is facilitated to carry out using in the rotation of the 5th chain 66, it is mobile that the 5th chain 66 can take pedestal 55 to pedestal 55.
Exhaust outlet 54 is located at the upper end of cabinet 52, and one end of pipeline 60 is connected with exhaust outlet 54, the other end of pipeline 60 with
Cabinet 52 is connected, and the dry gas on 52 upper layer of cabinet is transferred to the lower end of cabinet 52 by pipeline 60, so that dry gas is in case
Certain circulation occurs in body 52, ensure that wallboard can be by dry complete.
One end of connecting rope 58 is connected with upper block cloth 56, and the other end is connected with the second clump weight 59, the second clump weight 59
Use, can facilitate user by the gap between upper block cloth 56 and lower block cloth 57 to moving up when wallboard enters cabinet 52
It is dynamic, and connecting rope 58 bypasses first rotating shaft 5, so that the pulling force that the second clump weight 59 is upward to upper block cloth 56 always, in upper gear
Cloth 56 is not that upper block cloth 56 can get up the bottom end seal of cabinet 52 by external force.
It is provided with fixed link 65 on the lower end of upper block cloth 56 and the upper end of lower block cloth 57, fixed link 65 is by upper block cloth 56
Lower end fixed at a distance from the upper end of lower block cloth 57, be not only convenient for wallboard and enter in cabinet 52, it is thus also avoided that in wallboard
When entering cabinet 52, a large amount of leakage occurs for the drying gas in cabinet 52, is connected with first between two fixed links 65
Frame 1701.
When it is implemented, the structure for producing mechanism 300 is fixed referring to such as Figure 17-18, including third fixed frame 67 in third
Frame 67 is additionally provided with the chassis 68 for accepting pedestal 55, and chassis 68 is solid by the 6th chain 69 and the 7th chain 71 and third
Determine frame 67 to be connected, chassis 68 can be slided up and down along the 6th chain 69 with the 7th chain 71；It is also set up in third fixed frame 67
Having can vertically and the clamping portion 75 that moves left and right, and wallboard can be blocked and be picked up by clamping portion 75.
When producing the use of mechanism 300, by skidding off in drying box, chassis 68 rises to certain for pedestal 55 and wallboard
Highly, so that pedestal 55 enters on chassis 68, it is provided with the 8th chain on chassis 68, is rotated forward in the 8th chain
When, the 8th chain can more convenient pedestal 55 enter on chassis 68.It is mobile after pedestal 55 enters on chassis 68
Frame 72 is located above wallboard, in the lifting for passing through the 4th atmospheric pressure pole 74, so that on same plane at clamping portion 75 and wallboard,
The use of 5th atmospheric pressure pole 76 can make clamping portion 75 catch wallboard, when clamping portion 75 is moved up with fixed plate 73,
Wallboard is separated with pedestal 55, and then movable stand 72 moves in third fixed frame 67, so that wallboard is moved to the 4th bracket 77
Top, then clamping portion 75 falls and wallboard is placed in third shaft 78, and wallboard is mobile with third shaft 78, and enters
In subsequent process.After wallboard is separated with pedestal 55, chassis 68 is moved upwards up to extreme higher position, and the 8th chain rotates backward
Pedestal 55 can be sent back in drying box.
Driving shaft 79 is provided in 6th chain 69, the use of driving shaft 79 can be such that the 6th chain 69 rotates, to make
Obtaining chassis 68 drives pedestal 55 to be raised above, and the rotation of driving shaft 79 is to be driven by a motor, when driving shaft 79 rotates, bottom
Frame 68 can move up and down；6th chain 69 and the 7th chain 71 are located at the two sides of chassis 68, and the 7th chain 71 its
Middle one end is fixed on chassis 68 close to the side of the 6th chain 69, and the other end is fixed on one of chassis 68 far from the 6th chain 69
Side, the connection type of the 7th chain 71 and chassis 68 can facilitate the both ends of chassis 68 are synchronous to move up and down, and such company
It connects mode also and can be reduced the usage quantity of motor, chassis 68 can be made to move up and down so that only using a motor, and
Avoid two motors when in use, the both ends of chassis 68 influence the use of the present apparatus since movement is asynchronous.
It is placed with the 4th bracket 77 in the side of third fixed frame 67, the use of the 4th bracket 77 facilitates third shaft
78 installation and use, is provided with the third shaft 78 that can be rotated on the 4th bracket 77.
The quantity of clamping portion 75 be two, and the shape of clamping portion 75 be "] ", shaped like "] " clamping portion 75, can be at it
When moving left and right, and wallboard is blocked；Fixed plate 73 is provided between two clamping portions 75, clamping portion 75 passes through the 5th
Atmospheric pressure pole 76 is connected with fixed plate 73, and stretching for the 5th atmospheric pressure pole 76 enables clamping portion 75 to move horizontally, to make its water
When translation is dynamic, realization is put down/is grabbed with wallboard, and the elongation end of the 5th atmospheric pressure pole 76 is fixed on clamping portion 75,
Fixing end is fixed in fixed plate 73, and when the 5th atmospheric pressure pole 76 stretches, wallboard can be put down/be grabbed by clamping portion 75.
Fixed plate 73 is connected by the 4th atmospheric pressure pole 74 with movable stand 72, and movable stand 72, which is taken, to be placed in third fixed frame 67,
Movable stand 72 can move horizontally in third fixed frame 67, after clamping portion 75 is grabbed wallboard, the shifting of movable stand 72
It is dynamic that the movement of wallboard has been driven to can be set in third fixed frame 67 with teeth so that wallboard is moved in third shaft 78
The gear that can be freely rotated can be set in item on movable stand 72, and gear rotates on rack gear, to realize movable stand
72 movement, movable stand 72 along slided in third fixed frame 67 when, fixed plate 73 can be moved on the 4th bracket 77.
Multiple second jacks 70 are offered at equal intervals in third fixed frame 67, in the process that chassis 68 moves up
In, the use of the second jack 70, when chassis 68 being enabled to be overlapped with the second jack 70, chassis 68 moves to predetermined position, from
And pedestal 55 receive convenient for chassis 68 and sends back to pedestal 55 in drying box.
The production line of wallboard, such as Figure 19-22, including grooving mechanism and binding mechanism, the end of binding mechanism and slot-cutting machine
The tail portion of structure is connected, and grooving mechanism includes break bar 93, and when wallboard passes through break bar 93, break bar 93 can cut wallboard corner
It cuts and slots, binding mechanism includes sliding support 83, and it is solid the 4th that the side of sliding support 83 is provided with the 4th fixed frame 81
Determine to be connected with third guide rail 82 on frame 81, sliding support 83 can be moved along third guide rail 82, and sliding support 83 is driven by motor 91
It is dynamic, the model Y2160M1-8 of motor 91；The turning part 84 that can be rotated is provided on sliding support 83, it is fixed the 4th
Crossbearer 90 is also connected on frame 81, when turning part 84 is moved to predetermined position and turns to vertical position with sliding support 83,
Turning part 84 overturns and wallboard is placed on crossbearer 90, and being provided between grooving mechanism and binding mechanism can be to wallboard end
The synchronous cutting mechanism 700 that face is cut, synchronous cutting mechanism 700 include the second motor 7004, cutter 7005, cylinder
7006 are able to drive cutter 7005 and rotate to cut to wallboard with pressing plate 7007, the second motor 7004,7006 energy of cylinder
Enough band dynamic pressure plates 7007 move up and down, and the second motor 7004, cutter 7005, cylinder 7006 and pressing plate 7007 are each attached to support
On seat 7008, moved down when with wallboard ining conjunction in pressing plate 7007, support base 7008 can rely between pressing plate 7007 and wallboard
Frictional force and with wallboard synchronizing moving, be additionally provided with the second chain 7003 in support base 7008, the one of the second chain 7003
End is affixed with the second motor 7004, and the second chain 7003 can drag the second motor 7004 and move vertical direction along with wallboard
It is mobile.
When grooving mechanism and binding mechanism are used in combination, wallboard is entered by one end of grooving mechanism, and wallboard is being cut
When moving on groove mechanism, break bar 93 can cut the corner of wallboard, and the wallboard after fluting enters synchronous cutting mechanism
In 700, pressing plate 7007 is moved down in the presence of cylinder and is pressed on wallboard, at this time the frictional force between pressing plate 7007 and wallboard
Enable support base 7008 with wallboard synchronizing moving, the second motor 7004 make cutter 7005 rotate, pressing plate 7007 to
Under press after, the second chain 7003 drives the second motor 7004 to move along the direction with wallboard motion vertical, cutter at this time
7005 can cut the end face of wallboard, so that wallboard is processed to finished product.So that wallboard is processed into
Product.After wallboard is cut, wallboard is entered on binding mechanism, when wallboard is completely on binding mechanism, sliding support
83 move along third guide rail 82, and when sliding support 83 is moved to predetermined position, and turning part 84 is flipped to perpendicular
Straight position, wallboard is placed on crossbearer 90 at this time, and sliding support 83 is along backtracking, so that wallboard divides with turning part 84
From afterwards turning over the road Bu84Yan Yuan and be flipped back to, and be accepted to subsequent wallboard.
As specific embodiment, above-mentioned cutting mechanism 35 further includes that two group of second roller bearing 92 arranged up and down and the 5th are fixed
Frame 94, wallboard can just pass through the second roller bearing 92 of arrangement up and down, and the second roller bearing 92 is installed in the 5th fixed frame with break bar 93
On 94, when wallboard passes through break bar 93, break bar 93 is cut and is slotted to wallboard, can wallboard be shaken, and two groups
The use of second roller bearing 92 can beat in grooving mechanism to avoid wallboard, guarantee stability of the wallboard in processing.
The lower section of sliding support 83 is provided with support base 80, support base 80 and third guide rail 82 are affixed；In turning part 84
On be rotatably provided with the first roller bearing 88, wallboard can slide on the first roller bearing 88, the use of the first roller bearing 88, can be so as to
It is entered in binding mechanism in wallboard.
It is socketed with washer 89 on the first roller bearing 88 and the second roller bearing 92, when wallboard is in the first roller bearing 88 and the second roller bearing
When movement on 92, washer 89 can carry out certain protection to roller bearing and wallboard, avoid wallboard and rigidity occurs for roller bearing
Contact, and damage its structure.
Limited block 86 is also connected in turning part 84, the use of limited block 86 can be avoided wallboard and be moved to baler
Outside structure, and it is also equipped with sensor on limited block 86, when wallboard is in contact with limited block 86, so that sliding support
83 open up along third guide rail 82 and move, when wallboard is completely into in turning part 84, limited block 86 can prevent wallboard after
Continuous movement, is connected with wing plate 85 on sliding support 83 and turning part 84, is also equipped with sensor in wing plate 85, so that
When turning part 84 resets, turning part 84 can stop operating, the model HL-5030 of two sensors, in turning part 84
When being in a horizontal position, two wing plates 85 are mutually adjacent to, and turning part 84 is driven by motor 91, the model stepper motor of motor 91
SH-20402N。
Symmetrical two groups of third brackets 87 are connected in turning part 84, using for third bracket 87 on the one hand can
Avoid wallboard when entering on binding mechanism, wallboard is in inclined state on binding mechanism, on the other hand, in turning part 84
During overturning, the use of third bracket 87 can be avoided wallboard and turning part 84 and be detached from, and wallboard can just be from two groups the
It is passed through between three brackets 87, the quantity of every group of third bracket 87 is several.
It is socketed with washer 89 on the first roller bearing 88 and the second roller bearing 92, break bar 93 is one previous in wallboard transmission direction
Be equipped with two groups afterwards, every group include it is multipair, the every side of the 5th fixed frame 94 each pair of break bar 93 in positioned opposite up and down, and the
Two pairs of the front and back break bar 93 of the every side of two fixed frames is not in same perpendicular, so that the break bar 93 at rear is used in wallboard
Step surface is cut at both sides of the edge along its length, the break bar 93 in front for cutting along its length on step surface
The card slot of bar shaped out, the setting of multiple groups break bar 93 can carry out substep processing to surfaces of wall when wallboard passes through, from
And it is convenient for the finishing of wallboard.
Synchronous cutting mechanism 700 further includes the first chain 7001 and fixing seat 7002, the length direction of the first chain 7001
Consistent with the moving direction of wallboard, in the lower end of, fixing seat 7002, on the ground, support base 7008 can be in fixing seat for support
Along the direction that wallboard moves with wallboard synchronizing moving, when support base 7008 is moved to extreme position with wallboard, first on 7002
Chain 7001 can make support base 7008 be moved to initial position.It is cut in support base 7008 as wallboard is moved to extreme position
When cutter 7005 completes one of ends cutting of wallboard, pressing plate 7007 moves up under the drive of cylinder 7006, so
Afterwards due to the use of the first chain 7001, support base 7008 can return to initial position along fixing seat 7002, so that cutting
Cutter 7005 duplicate can cut wallboard.
The quantity of pressing plate 7007 is two.The use of two pressing plates 7007, can be in cutter 7005 to the another of wallboard
When one end is cut, still has a pressing plate and be pressed on wallboard, so that support base 7008 still can be same with wallboard
Moved further.
The above-described embodiments merely illustrate the principles and effects of the present invention, and is not intended to limit the present invention.It is any ripe
The personage for knowing this technology all without departing from the spirit and scope of the present invention, carries out modifications and changes to above-described embodiment.Cause
This, institute is complete without departing from the spirit and technical ideas disclosed in the present invention by those of ordinary skill in the art such as
At all equivalent modifications or change, should be covered by the claims of the present invention.
Claims (10)
1. the production line of wallboard, including successively arrange extrusion mechanism (34), cutting mechanism (35), differential separator structure (36),
It is transferred to mechanism (100), maintenance mechanism (200), produces mechanism (300), grooving mechanism (400) and binding mechanism (500), feature
It is:
Extrusion mechanism (34) includes gear-box (1), blanking bin (3) and shaping mechanism (4), offers molding in shaping mechanism (4)
Chamber, blanking bin (3) are located on shaping mechanism (4)；The gear-box (1) is located at the side of shaping mechanism (4), and shaping mechanism
(4) section is n shape, and gear-box (1) can be slided towards the direction of separate/close shaping mechanism (4), and gear-box is pacified on (1)
Equipped with the extrusion axle (9) that can be rotated, extrusion axle (9) is inserted into the forming cavity, the wallboard raw material in blanking bin (3)
It can drop on the extrusion axle in the forming cavity (9), when the extrusion axle (9) rotate, wallboard raw material can be extruded
Axis (9) is pushed and is moved along the forming cavity；
Cutting mechanism (35) includes the cutting blade (14) that can be moved, in the wallboard by squeezing out in the extrusion mechanism (34)
When, cutting blade (14) can cut wallboard；
Differential separator structure (36) includes discharge mechanism and the first transport mechanism (20), and wallboard, which passes through, enters the after discharge mechanism
In one transport mechanism (20), the clamping device moved for clamping wallboard is provided on discharge mechanism, clamping device can incite somebody to action
Wallboard clamping is formed and passes through the discharge mechanism, and the delivery rate of first transport mechanism (20) is greater than the movement of conveyer belt
Speed, when the clamping device and wallboard enter on first transport mechanism (20), the first transport mechanism (20) and wall
Frictional force between plate drives wallboard to accelerate movement；
The second transport mechanism (33), the second transport mechanism are additionally provided between extrusion mechanism (34) and differential separator structure (36)
(33) cutting mechanism (35) are passed through；
Being transferred to mechanism (100) includes the first collecting part (38) for receiving wallboard, and the first collecting part (38) is symmetrical above and below
Structure, the first collecting part (38) can overturn, be provided with above the first collecting part (38) for receiving pedestal (55)
Second collecting part (40), the second collecting part (40) can overturn and move up and down and pedestal (55) is placed on the first collecting part
(38) on, third elevating mechanism (46) are provided with below the first collecting part (38), the wallboard on the first collecting part (38)
With pedestal (55) can with the first collecting part (38) overturn and downward when, the third elevating mechanism (46) can rise and catch
The pedestal (55) is provided with the second chain (49) that can be rotated, in third elevating mechanism on third elevating mechanism (46)
(46) side is provided with the third collecting part (45) that can be moved up and down, and catches the bottom in the third elevating mechanism (46)
Seat (55) and when dropping to extreme lower position, the second chain (49) rotation and so that the pedestal (55) is moved to third collecting part
(45) on, the third chain (50) that can be rotated is provided on the third collecting part (45), in the third collecting part
(45) when rising to predetermined altitude, the third chain (50) can rotate and move the pedestal (55) on third collecting part (45)
It is dynamic；
Maintenance mechanism (200) includes the cabinet (52) of both ends open, layer frame (53) is placed in cabinet (52), in layer frame (53)
On be placed with pedestal (55) for accepting wallboard, the pedestal (55) can move on layer frame (53)；On cabinet (52)
Exhaust outlet (54) are provided with, the pipeline (60) for recycling cabinet (52) interior dry gas is connected on exhaust outlet (54)；In
The both ends of cabinet (52) are provided with block cloth (56) and lower block cloth (57), and the lower end of upper block cloth (56) is upper with lower block cloth (57)
There is gap, so that the pedestal (55) can be additionally provided with steam hair in the side of cabinet (52) by gap between end
Raw furnace (600)；
Producing mechanism (300) includes third fixed frame (67), is additionally provided in the third fixed frame (67) for accepting pedestal
(55) chassis (68), and chassis (68) is connected by the 6th chain (69) with the 7th chain (71) with third fixed frame (67),
Chassis (68) can be slided up and down along the 6th chain (69) with the 7th chain (71)；Energy is additionally provided in third fixed frame (67)
The clamping portion (75) vertically and moved left and right is reached, the wallboard on pedestal (55) can be blocked and be picked up by clamping portion (75)；
Grooving mechanism (400) includes break bar (93), and when wallboard passes through break bar (93), break bar (93) can carry out wallboard corner
It cuts and slots；
Binding mechanism (500) includes sliding support (83), and the side of sliding support (83) is provided with the 4th fixed frame (81) In
It is connected with third guide rail (82) on 4th fixed frame (81), the sliding support (83) can be mobile along third guide rail (82)；In
It is provided with the turning part (84) that can be rotated on sliding support (83), is also connected with crossbearer on the 4th fixed frame (81)
(90), when turning part (84) are moved to predetermined position and turn to vertical position with sliding support (83), turning part
(84) it overturns and wallboard is placed on crossbearer (90)；
Being provided between the grooving mechanism and the binding mechanism can be to the synchronization cutting mechanism that wallboard end face is cut
Structure (700), synchronous cutting mechanism (700) include the second motor (7004), cutter (7005), cylinder (7006) and pressing plate
(7007), second motor (7004) is able to drive cutter (7005) and rotates to cut to wallboard, the cylinder
(7006) pressing plate (7007) is able to drive to move up and down, second motor (7004), cutter (7005), cylinder (7006) with
Pressing plate (7007) is each attached on support base (7008), moved down in pressing plate (7007) and when in conjunction with wallboard, support base
It (7008) can be by the frictional force between pressing plate (7007) and wallboard and with wallboard synchronizing moving, in the support base (7008)
It is additionally provided with the second chain (7003), one end of the second chain (7003) and second motor (7004) are affixed, and the second chain
Item (7003) can drag the second motor (7004) and move along moving vertical direction with wallboard.
2. the production line of wallboard according to claim 1, it is characterised in that: being provided in the blanking bin (3) can
The second shaft (7) of rotation, is provided with two group of first opposite helical runner (8) of spiral on the second shaft (7), and two group first
Helical runner (8) is arranged symmetrically；The hopper (2) for accepting wallboard raw material, and hopper are connected on the blanking bin (3)
(2) the wallboard raw material in is able to enter in the blanking bin (3)；In the one end of the shaping mechanism (4) far from gear-box (1)
It is provided with the first rotating shaft (5) that can be freely rotated, is provided with gear set, the gear set drive in the gear-box (1)
Extrusion axle (9) rotation；Be provided on the extrusion axle (9) the second helical runner (11), the extrusion axle (9) if quantity be
Dry, several extrusion axles (9) are arranged symmetrically and make the second helical runner (11) in the extrusion axle (9) of symmetry axis two sides
It is oppositely oriented；The height of the second helical runner (11) on the extrusion axle (9) is described symmetrical as extrusion axle (9) is gradually distance from
Axis and gradually increase；Wearing layer (13) are pasted on the extrusion axle (9) and the second helical runner (11), in the extrusion
It is connected with end sleeve (12) on one end of the separate gear-box (1) of axis (9), the cutting mechanism (35) further includes shell (15)
With the second guide rail (16), the cutting blade (14) is located in the shell (15), and the second transport mechanism (33) passes through described outer
Shell (15), cutting blade (14) can be along the vertical rotation direction movements with second transport mechanism (33), in the shell
(15) it is provided with below the second guide rail (16), shell (15) can move on second guide rail (16), and the second guide rail
(16) parallel with the second transport mechanism (33)；When the cutting blade (14) cuts wallboard, the shell (15)
Movement speed is identical as the conveying speed of wallboard.
3. the production line of wallboard according to claim 1, it is characterised in that: the discharge mechanism and the first transport mechanism
(20) it is respectively positioned in support frame (17), and discharge mechanism and support frame (17) are hinged；The discharge mechanism includes frame (19)
With third roller bearing (29), third roller bearing (29) is located in frame (19) and can be freely rotated, and is located at level in the discharge mechanism
When position, the upper end of the third roller bearing (29) and the upper surface of first transport mechanism (20) are in the same plane；In
It is fixedly installed on support frame (17) first support (1701), the fixing end of the second atmospheric pressure pole (28) and first support (1701) are solid
Connect, the elongation end of the second atmospheric pressure pole (28) and frame (19) hingedly, when the second atmospheric pressure pole (28) are flexible, frame (19) energy
Enough rotations, are also connected with third atmospheric pressure pole (30) on support frame as described above (17), on the elongation end of third atmospheric pressure pole (30) also
Pin block (31) are provided with, when the discharge mechanism is in a horizontal position, the pin block (31) can be by the third atmospheric pressure pole
(30) it pushes, and the position of discharge mechanism is fixed, the clamping device includes two casings (21), cross bar (22) and two
Grip block (23), cross bar (22) are fixed between two casings (21), and grip block (23) is located between two casings (21), and two
A grip block (23) can clamp the two sides of wallboard, and make wallboard with grip block (23) synchronizing moving；On casing (21)
It is connected with one end of hinge (24), the other end of hinge (24) is fixed on support frame (17), also affixed on support frame (17)
Have the first guide rail (18), described sleeve pipe (21) is wrapped on the first guide rail (18) and can be mobile along the first guide rail (18)；It is clamping
The side of mechanism is provided with the first atmospheric pressure pole (26), and the fixing end of the first atmospheric pressure pole (26) is fixed on support frame (17), the
The elongation end of one atmospheric pressure pole (26) is withstood on cross bar (22), and when the first atmospheric pressure pole (26) extend, the clamping device is located at row
The top for expecting mechanism, is also connected with vertical second support (1702), one end of steel cable (25) is fixed on support frame (17)
On casing (21), the other end of steel cable (25) is protruded into second support (1702)；Cavity, In are equipped in second support (1702)
It is placed in cavity the first clump weight (27), the other end of steel cable (25) is connected with the first clump weight (27), in first gas
When the elongation end of compression bar (26) and the cross bar (22) are not in contact, first clump weight (27) can pass through steel cable (25)
Clamping device is pulled；It is placed with end cap on second support (1702), the cavity is sealed.
4. the production line of wallboard according to claim 1, it is characterised in that: first collecting part (38) and the second storage
Part (40) is respectively positioned in the first fixed frame (37), is provided on the first fixed frame (37) the second fixed frame (43), and described the
Three collecting parts (45) move up and down in the second fixed frame (43), and multiple height are offered on the side wall of the second fixed frame (43)
Different first jacks (48), are additionally provided with the plug-in unit (51) that can be slided, plug-in unit (51) energy on the third collecting part (45)
It is enough inserted into first jack (48), and only when plug-in unit (51) is inserted into first jack (48), described
Three chains (50) are just able to rotate, and the first fastener (39) that can be moved, the first card are provided on first collecting part (38)
Part (39) can block the pedestal (55) being located on first collecting part (38), be arranged on second collecting part (40)
There is the second fastener (41) that can be moved, the second fastener (41) can will be located at the card of the pedestal (55) on the second collecting part (40)
Firmly；It is provided with the first elevating mechanism (42) in the side of the second collecting part (40), the first elevating mechanism (42) is by atmospheric pressure pole, chain
Wheel, the 4th chain composition, the fixing end of the atmospheric pressure pole and the first fixed frame (37) are affixed, and the elongation of atmospheric pressure pole is arranged in sprocket wheel
End, one end of the 4th chain and second collecting part (40) are affixed, the other end of the 4th chain and first fixed frame
(37) affixed；It is provided with the second elevating mechanism (47) in the side of third collecting part (45), the second elevating mechanism (47) and first
The structure of elevating mechanism (42) is identical, and the first chain (44) that can be rotated, the bottom are provided on the second fixed frame (43)
Seat (55) can be rotated with the first chain (44) and be moved on the second collecting part (40), and first collecting part (38) is received with second
It receives part (40) and first chain (44), the second chain (49) and the rotation of third chain (50) is driven by motor.
5. the production line of wallboard according to claim 1, it is characterised in that: the pedestal (55) is a rectangular frame,
It is connected with bottom plate (64) on pedestal (55), one layer of buffer layer (63), In are additionally provided between bottom plate (64) and pedestal (55)
It is additionally provided with rotatable idler wheel (61) on the pedestal (55), the idler wheel (61) is rotationally mounted on pedestal (55) in opposite directions
On the mounting plate of bottom two opposite sides, and idler wheel (61) and mounting plate central vertical and form step therewith, in the layer frame
(53) fixed block (62) are connected on, in the pedestal (55) when being moved on layer frame (53), the side of the fixed block (62)
It is shaken on the step with limiting pedestal (55) towards two sides；The quantity of pedestal (55) is several, in the transmit direction
It is contacted with each other between two neighboring pedestal (55) by buffer stopper.
6. the production line of wallboard according to claim 1, it is characterised in that: the exhaust outlet (54) is located at cabinet (52)
One end of upper end, pipeline (60) is connected with exhaust outlet (54), and the other end of pipeline (60) is connected with cabinet (52), connecting rope (58)
One end be connected with upper block cloth (56), the other end is connected with the second clump weight (59), and connecting rope (58) bypass first rotating shaft
(5), so that second clump weight (59) gives upper block cloth (56) upward pulling force always, in the lower end of the upper block cloth (56)
Fixed link (65) are provided with on the upper end of lower block cloth (57), are connected with connecting rod between two fixed links (65),
Driving shaft (79) are provided in 6th chain (69), when the driving shaft (79) rotate, chassis (68) energy
Enough move up and down；6th chain (69) and the 7th chain (71) are located at the two sides of chassis (68), and the 7th chain (71)
Wherein one end is fixed on the side of chassis (68) close to the 6th chain (69), and the other end is fixed on chassis (68) far from the 6th chain
The side of item (69).
7. the production line of wallboard according to claim 1, it is characterised in that: put in the side of the third fixed frame (67)
It is equipped with the 4th bracket (77), the third shaft (78) that can be rotated, the clamping portion (75) are provided on the 4th bracket (77)
Quantity be two, and the shape of clamping portion (75) be "] "；It is provided with fixed plate (73), blocks between two clamping portions (75)
Socket part (75) is connected by the 5th atmospheric pressure pole (76) with fixed plate (73), and the elongation end of the 5th atmospheric pressure pole (76) is fixed on clamping
In portion (75), fixing end is fixed on fixed plate (73), and when the 5th atmospheric pressure pole (76) is flexible, clamping portion (75) can
Wallboard is put down/grabbed, the fixed plate (73) is connected by the 4th atmospheric pressure pole (74) with movable stand (72), and movable stand (72) is taken
It is placed on third fixed frame (67), movable stand (72) can move horizontally on third fixed frame (67), in the movable stand
(72) along when sliding on third fixed frame (67), the fixed plate (73) can be moved on the 4th bracket (77), In
Multiple second jacks (70) are offered on the third fixed frame (67) at equal intervals.
8. the production line of wallboard according to claim 1, it is characterised in that: the grooving mechanism (400) further includes up and down
Two group of second roller bearing (92) of arrangement and the 5th fixed frame (94), wallboard can just pass through arrangement the second roller bearing (92) up and down,
Second roller bearing (92) and break bar (93) are installed on the 5th fixed frame (94), are provided with below the sliding support (83)
Support base (80), support base (80) and the third guide rail (82) are affixed；First is rotatably provided on turning part (84)
Roller bearing (88), wallboard can slide on first roller bearing (88).
9. the production line of wallboard according to claim 1, it is characterised in that: be connected with left and right on turning part (84)
Symmetrical two groups of third brackets (87), wallboard can just pass through between two groups of third brackets (87), every group of third bracket (87)
Quantity be several, limited block (86) are also connected on turning part (84), wallboard completely into arrive turning part
(84) when on, the limited block (86) can prevent wallboard from continuing to move to, solid on sliding support (83) and turning part (84)
Wing plate (85) are connected to, when turning part (84) are in a horizontal position, two wing plates (85) are mutually adjacent to.
10. the production line of wallboard according to claim 1, it is characterised in that: in first roller bearing (88) and the second rolling
It is socketed on axis (92) washer (89), the break bar (93) is equipped with two groups, every group in tandem in wallboard transmission direction
Including multipair, the 5th fixed frame (94) every side each pair of break bar (93) in positioned opposite up and down, and the 5th fixed frame (94)
Two pairs of the front and back break bar (93) of every side is not in same perpendicular, so that the break bar (93) at rear is used in wallboard two sides
Edge is cut into step surface along its length, and the break bar (93) in front for cutting along its length on the step surface
Cut out the card slot of bar shaped；The synchronous cutting mechanism (700) further includes the first chain (7001) and fixing seat (7002), and described
The length direction of one chain (7001) is consistent with the moving direction of wallboard, in described, the lower end support of the fixing seat (7002)
On the ground, support base (7008) can on the fixing seat (7002) along the direction that wallboard moves with wallboard synchronizing moving,
When the support base (7008) is moved to extreme position with wallboard, first chain (7001) can make the support base
(7008) it is moved to initial position, the quantity of the pressing plate (7007) is two.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910882848.4A CN110466048B (en) | 2019-09-18 | 2019-09-18 | Production line of wallboard |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910882848.4A CN110466048B (en) | 2019-09-18 | 2019-09-18 | Production line of wallboard |
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| CN110466048B CN110466048B (en) | 2024-04-16 |
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| CN110466048B (en) | 2024-04-16 |
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